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The following is an example of the syntax of the typeof operator. Type is a class in the System namespace. Type t = typeof ( SomeClass ) You cannot overload the typeof operator, as that would defeat the .NET type-safety mechanisms. For example, the following code uses the typeof operator to get information on a class called SomeClass, and print the names of its public fields and methods. using System.Reflection; class SomeClass { public int Field1; public int Field2; public void Method1() { } public int Method2() { return 1; } } class Program { static void Main() { Type t = typeof(SomeClass); FieldInfo[] fi = t.GetFields(); MethodInfo[] mi = t.GetMethods(); foreach (FieldInfo f in fi) Console.WriteLine("Field : {0}", f.Name); foreach (MethodInfo m in mi) Console.WriteLine("Method: {0}", m.Name); } } The output of this code is the following: Field : Field : Method: Method: Method: Method: Method: Method: Field1 Field2 Method1 Method2 GetType ToString Equals GetHashCode

The typeof operator is also called by the GetType method, which is available for every object of every type. For example, the following code retrieves the name of the type of the object: class SomeClass { ... } class Program { static void Main() { SomeClass s = new SomeClass(); Console.WriteLine("Type s: {0}", s.GetType().Name); } } This code produces the following output:

String text = getNewText(source); if (!JOptionPane.UNINITIALIZED_VALUE.equals(text) && text.trim().length() > 0) { source.setText(text); } } }; button1.addActionListener(listener); button2.addActionListener(listener); frame1.setBounds(100, 100, 200, 200); frame1.setVisible(true); frame2.setBounds(400, 100, 200, 200); frame2.setVisible(true); } }; EventQueue.invokeLater(runner); } private static String getNewText(Component parent) { JOptionPane pane = new JOptionPane( "New label", JOptionPane.QUESTION_MESSAGE ); pane.setWantsInput(true); JDialog dialog = pane.createDialog(parent, "Enter Text"); // Uncomment line and comment out next to see application modal // dialog.setModalityType(Dialog.ModalityType.APPLICATION_MODAL); dialog.setModalityType(Dialog.ModalityType.DOCUMENT_MODAL); dialog.setVisible(true); return (String)pane.getInputValue(); } }

It provides confidence in changes, because it integrates automated unit testing and specifically points out the potential problems to pay attention to with each type of change It doesn t have exact rules on when to make each type of change, because each requires the context of the system what it is and what it needs to be In support of function orientation s advantage of centralized changes, it actually creates a further level of flexibility; with it, the network itself is not overcommitted Together, they allow the continually simplest design that provides the total identified functionality Ultimately, they allow designing on demand..

What Are Statements Expression Statements Flow-of-Control Statements The if Statement The if . . . else Statement The switch Statement The while Loop The do Loop The for Loop Jump Statements The break Statement The continue Statement Labeled Statements The goto Statement The using Statement Other Statements

The statements in C# are very similar to those of C and C++. This chapter covers the characteristics of a C# statement, as well as the flow-of-control statements provided by the language. A statement is a source code instruction describing a type or telling the program to perform an action. There are three major categories of statements, as follows: Declaration statements: Statements that declare types or variables Embedded statements: Statements that perform actions or manage flow of control Labeled statements: Statements to which control can jump Previous chapters have covered a number of different declaration statements, including declarations of local variables, classes, and class members. This chapter will cover the embedded statements, which do not declare types, variables, or instances. Instead, they use expressions and flow-of-control constructs to work with the objects and variables that have been declared by the declaration statements. A simple statement consists of an expression followed by a semicolon. A block is a sequence of statements enclosed by matching curly braces. The enclosed statements can include the following: Declaration statements Embedded statements Labeled statements Nested blocks The following code gives examples of each: int x = 10; int z; { int y = 20; z = x + y; top: y = 30; ... { ... } } // Simple declaration // Simple declaration // // // // Block Simple declaration Embedded statement Labeled statement

Notice how you can interact with the top-level dialog over each frame, but not the frame under either of them when the dialog is shown. Figure 4-11 shows the initial pair of frames. Figure 4-12 shows the two frames with their respective option panes showing. Changing the setModalityType() line to use APPLICATION_MODAL and rerunning the program won t allow you to interact with both option frames simultaneously. You need to finish using one before you can bring up the other.

Note A block counts syntactically as a single embedded statement. Anywhere that an embedded statement is required syntactically, you can use a block.